Yes. This is a competence-based NVQ assessed through workplace evidence.

Do I need to be employed?

You need a suitable workplace role (employed or otherwise) where you can generate the required evidence.

Construction Trades and Building Envelope

Level 3 NVQ Diploma in Wood Occupations (Construction)

Work-based qualification confirming advanced competence in site carpentry, joinery, shopfitting, wheelwrighting or timber frame erection.

Overview

The Level 3 NVQ Diploma in Wood Occupations (Construction) confirms advanced craft competence for people who work with timber, timber-based products and associated materials in the construction industry. It is the advanced-level counterpart to Level 2 wood trades qualifications, and it is aimed at workers who handle complex, bespoke or non-standard work rather than routine repetitive tasks.

The qualification covers a broad occupational area. Depending on the route taken, it addresses the installation of bespoke first and second fixing components, the setting out, marking out and manufacture of routine and bespoke joinery, shopfitting and wheelwrighting products, the design and fabrication of structural pegged timber connections, and the erection of timber walls, floors and roof structures. Across all routes it also covers the planning and confirmation of occupational work methods, the assessment and organisation of resources, and the working relationships that hold a construction team together.

Competence at this level involves more than accurate cutting and fixing. Learners are expected to interpret drawings, specifications, schedules, method statements, risk assessments and manufacturers' information; to calculate quantities, lengths, areas and wastage; to select timber and associated materials against specification, including suitability, moisture content and durability; to work to installation quality requirements and tolerances; and to identify when a task exceeds their own authority and requires specialist input. Safe use of hand tools, portable power tools, transportable cutting and shaping machines and fixed woodworking machinery is central, alongside dust control, work at height, access equipment, manual handling and the safe movement of materials.

The qualification is entirely work-based. It does not teach the trade; it assesses whether an experienced worker can perform to the national standard in live conditions, on real contracts, over a period of time. Evidence is drawn from the learner's ordinary job. For workers, this provides formal recognition of skills built up over years on site or in a joinery shop. For employers, it provides documented assurance that a carpenter, joiner, shopfitter or timber frame erector is working to a recognised advanced standard, which supports quality control, client assurance and site access arrangements.

An important structural point is that this qualification is not a single fixed programme. It is built around a set of occupational pathways, and the units a learner completes depend entirely on which pathway matches their job. A site carpenter and a bench shopfitter both achieve the same qualification title, but their unit content shares only the four core units common to every route. Prospective learners should confirm the pathway before registering, because switching later means changing the evidence base substantially.

Qualification structures, unit wording and assessment requirements may vary slightly depending on the approved awarding organisation.

Who It's For

This qualification is intended for people already working in a wood-based construction occupation who operate at an advanced level. That normally means handling bespoke, complex or one-off work, setting out from drawings rather than following someone else's marks, working to tight tolerances on visible finished work, and taking responsibility for the quality and sequencing of their own tasks. Many candidates also guide apprentices or less experienced operatives, although formal supervisory responsibility is not what this qualification assesses.

Because all skills evidence must come from genuine work activity, learners need an active workplace arrangement for the duration of the assessment. Employment, self-employment, subcontracting or another genuine working arrangement is normally necessary. Crucially, the workplace must generate the right kind of work: a learner following the architectural joinery route needs access to bespoke joinery production, not general second fixing, and a learner on the timber frame route needs live erection work rather than occasional carcassing.

Site-Based Carpenters and Shopfitters

Workers installing bespoke first and second fixing components, shopfitting frames, fitments, shopfronts and finishings on live sites. Their work typically involves scribing to irregular structures, hanging fire-resisting and non-fire-resisting doors, fitting ironmongery, forming bulkheads and soffits, installing staircases and balustrading, and working around other trades in occupied or partially completed buildings.

Bench Joiners and Shopfitting Machinists

Workers based in a joinery shop or manufacturing unit who set out, mark out and manufacture routine and bespoke products. Their environment involves fixed woodworking machinery, cutting lists, rods and setting out details, and in some cases CNC or NC machinery and CAD-produced setting out information.

Timber Frame and Structural Timber Specialists

Workers erecting timber frame walls, floors and roof structures, or fabricating and assembling structural post and beam frames. This work involves lifting operations, temporary propping and bracing, sole plate levelling, fire stops, cavity barriers, breather membranes, vapour control layers and insulation performance, and often requires signalling to plant operators.

Heritage and Specialist Wood Trades

Workers dealing with structures of special interest, traditional pre-1919 build and buildings of historical significance, including those conserving or restoring heavy timber framework, and wheelwrights manufacturing routine and bespoke wheelwrighting products.

Pathways and Occupational Specialisms

The qualification is structured around seven occupational pathways. Every pathway shares the same four core units, and each then adds a distinct group of mandatory units reflecting its trade. Some pathways also require a small number of optional units to be selected, while others are made up entirely of mandatory units. Learners achieve the qualification through one pathway only, and the pathway is normally shown on the certificate.

Availability varies. Not every approved version offers all seven pathways, and centres may only be approved to deliver those that match their assessor expertise. The number of optional units required, and the choices available within those optional groups, also differ between current approved versions. Anyone considering the qualification should confirm which pathways a centre can actually assess before committing.

Site Carpentry

Focused on advanced first and second fixing on live construction sites. The distinguishing activities are the installation of bespoke first fixing components such as floor and roof carcassing, partitions and door linings, and bespoke second fixing components such as doors, ironmongery, mouldings, panelling and staircase finishings, together with the safe use of transportable cutting and shaping machines. Optional selections in current versions commonly cover erecting structural carcassing components, erecting roof structure carcassing components, and maintaining structural and non-structural components.

Architectural Joinery

Focused on bench-based production of joinery products. The distinguishing activities are producing setting out details, marking out from those details, and manufacturing both routine and bespoke architectural joinery products such as doors, windows, frames, stairs and panelling. Fixed machinery is central to this pathway. Optional selections in current versions commonly cover CAD setting out, CNC or NC machining, and setting out details for bespoke products, although the exact optional group varies.

Wheelwrighting

A specialist heritage pathway covering the manufacture of wooden wheels and associated products. The distinguishing activities are producing and marking out setting out details for wheelwrighting products and manufacturing both routine and bespoke items. This is a narrow specialism and is not offered by every approved version or every centre.

Shopfitting Site Work

Focused on installing shopfitting work in retail and commercial premises. The distinguishing activities are installing shopfitting frames and finishings, shopfitting fitments such as counters, display units, shelving and fixed seating, and shopfronts including surrounds, stall risers, window beds, fascias and signs. Work may be in timber, timber-based products, composite materials or non-ferrous metal. In current versions this pathway is generally made up wholly of mandatory units, though the precise mandatory group differs between approved structures.

Shopfitting Bench Work

Focused on manufacturing shopfitting products in a workshop. The distinguishing activities are producing setting out details, marking out and manufacturing routine and bespoke shopfitting products, using fixed machinery and forming shopfitting-specific joints. As with site work, products may be produced in timber or non-ferrous metal, and this affects the endorsements applied to several units.

Structural Post and Beam Carpentry

Focused on traditional and engineered heavy frame construction. The distinguishing activity is designing and fabricating structural pegged timber connections for floor, roof, wall and cross frames, including mortice and tenon variants, bridle joints, tusk tenons, pegged scarf joints and lap joints, with an understanding of loading, stress, shrinkage and peg hole positioning. Optional selections in current versions commonly cover fabricating post and beam components, conserving or restoring heavy timber framework, CAD setting out, CNC or NC machining, and slinging and hand signalling.

Timber Frame Erection

Focused on erecting closed and open panel timber frame structures. The distinguishing activities are erecting timber walls and floors, erecting timber roof structures, erecting roof structure carcassing components, co-ordinating dimensional control, and slinging and hand signalling the movement of suspended loads. This pathway places heavy emphasis on lifting operations, temporary works, airtightness, thermal performance and disproportionate collapse requirements.

Endorsements Within Units

Several units in this qualification carry endorsements. An endorsement records the specific material, machine or work type against which the learner was assessed, so the certificate reflects genuine scope of competence rather than a generic claim. Endorsements are set by the sector body and applied by approved awarding organisations, and they directly affect what evidence must be produced.

Shopfitting setting out, marking out, manufacturing and installation units generally require an endorsement for either timber or non-ferrous metal.
Fixed machinery units require endorsements across a specified number of machine types, drawn from a list that includes circular saw, planer, thicknesser, bandsaw, morticer, tenoner, spindle moulder, drill, grinder and sander.
Transportable cutting and shaping machine units require endorsements covering a specified number of cutting machines and powered shaping machines, such as drills, planers, biscuit jointers, disc cutters, saws of various types, sanders, routers and laminate trimmers.
CNC or NC machining units require endorsements against specified machine categories, which may include high-speed router or window centre, or a combination of machines such as tenoners, panel saws, morticing machines, lathes, four-sided planers, sanding machines, boring machines, shaping machines, edge banders, spindle moulders and beam saws.
Roof structure carcassing units require endorsements against specified roof features, which may include hips and valleys, verge and eaves, parapet finishings, false chimneys, and openings such as dormers, roof lights and hatches.
Slinging and hand signalling units are endorsed against the learner's own area of work, distinguishing structural post and beam carpentry from timber frame erection.

Learners should discuss endorsements early, because a workplace that cannot offer the required range of machines or roof features will not generate sufficient evidence for that unit.

Workplace Requirements

Workplace access is not a formality for this qualification; it determines whether the qualification can be achieved at all. The units are written around live construction activity, and the assessment strategy applied across construction NVQs requires skills evidence to be generated in real working conditions. A learner without suitable ongoing work cannot complete the qualification, regardless of how much experience they hold.

The workplace must provide the following:

Genuine contract work in the chosen occupational area, of sufficient complexity to meet Level 3 requirements. Routine repetitive work at Level 2 standard will not satisfy the bespoke and advanced criteria.
Real project documentation, including drawings, specifications, schedules, cutting lists or rods, method statements, risk assessments and manufacturers' information, so that information interpretation can be evidenced.
Access to the tools, plant and machinery relevant to the pathway. Bench-based pathways require the fixed machinery covered by the endorsements; site-based pathways require transportable cutting and shaping machines and appropriate access equipment.
The range of products or structures specified in the units. Several units require a minimum number of different items to be installed or manufactured, so the workplace must offer sufficient variety over the assessment period.
Working conditions that allow safety competence to be demonstrated in practice, including work at height, use of access equipment, dust and noise control, and safe storage and handling of materials.
Interaction with other occupations, supervisors, clients or customers, so that communication, sequencing and reporting can be observed rather than described.
Employer co-operation, including permission for an assessor to attend the workplace or for photographic and video evidence to be captured, and availability of a suitable witness where required.

Training-centre exercises are not treated as equivalent to workplace competence for the practical elements of this qualification. Centre-based activity may support underpinning knowledge, but it does not replace evidence generated from real work.

Learning Outcomes

The outcomes below describe what a learner who completes this qualification can reliably do in their occupational area. The exact emphasis depends on the pathway, but the following capabilities run through the qualification as a whole.

Interpret and extract information from drawings, specifications, schedules, method statements, risk assessments, manufacturers' information and, where used, digital data and three-dimensional models.
Assess project data to determine the appropriate occupational method of work, and confirm and communicate that method to the people who need it.
Identify work activities, evaluate which activities influence each other, plan a sequence of work and confirm resource requirements against the programme.
Recognise changed circumstances that require alteration to the work programme, assess the effect on the contract and justify proposed changes to decision makers.
Select timber, timber-based products, composite materials, non-ferrous metals, adhesives, sealants, fittings, fixings and ancillary items of the correct quality and quantity, and confirm conformity with specification including suitability, moisture content and durability.
Calculate quantities, lengths, areas and allowances for wastage relevant to the method of work.
Set out, mark out, cut, form joints, assemble, install, align, position, secure and finish work to the required specification and tolerances.
Use and maintain hand tools, portable power tools, transportable cutting and shaping machines and, where applicable, fixed woodworking machinery and CNC or NC equipment, including sharpening where relevant.
Apply health and safety control measures identified through risk assessment, including collective protective measures, personal protective equipment, respiratory protective equipment and local exhaust ventilation.
Work safely at height, use access equipment correctly, and work in proximity to, and where required direct, plant and machinery.
Protect completed work and surrounding areas from damage, maintain a clear and tidy workspace, and dispose of waste in accordance with current legislation and environmental responsibilities.
Apply zero and low carbon considerations to the selection of methods and resources, and contribute to reducing waste and resource use.
Identify installation quality requirements, recognise defects and unsuitable resources, and report problems through the correct organisational channels.
Recognise the limits of their own competence, determine when specialist skills or authority are required, and act accordingly.
Develop and maintain effective working relationships with colleagues, other occupations, supervisors and customers, applying principles of equality and diversity.
Complete work within the allocated time and contribute to meeting programme deadlines.

Mandatory Units

Four units sit at the heart of the qualification and must be achieved regardless of the pathway chosen. Three of them address the planning, method confirmation and working relationships expected of an advanced craft worker, and one addresses general health, safety and welfare responsibilities. These units are what distinguish Level 3 competence from competent trade execution alone: the learner is expected to organise work, not simply carry it out.

Complying with workplace inductions, safety briefings, statutory requirements, safety notices and warning notices
Using and safely storing health and safety control equipment, including collective protective measures, personal protective equipment, respiratory protective equipment and local exhaust ventilation
Recognising and reporting hazards created by changing circumstances, and knowing the reporting methods used in the workplace
Identifying typical hazards associated with the work environment, including substances, asbestos, equipment, obstructions, storage and services
Knowing the current principal health and safety risks published for the industry
Complying with organisational procedures for accidents, emergencies, evacuation, fire risks and safe exit
Selecting and using the appropriate types of fire extinguisher for the work
Disposing of waste and consumable items in accordance with legislation and contributing to workplace welfare facilities
Supporting security arrangements during the working day, on completion of work, and in relation to unauthorised personnel and theft

Identifying work activities and formulating a plan for the sequence of work
Assessing the resources required from the available information and explaining the methods used to do so
Seeking clarification and advice where required resources are unavailable, and identifying suitable alternatives
Assessing progress against project requirements, taking account of other occupations, customers, resources, weather and health and safety requirements
Determining which work activities influence each other and which make best use of available labour, tools, plant, materials and components
Estimating how long each activity will take and how the sequence should be arranged
Explaining zero and low carbon requirements and how resource use and working methods affect them
Identifying changed circumstances that require alterations to the work programme, assessing the contractual effect and justifying changes to line management or customers

Interpreting and extracting information from drawings, specifications, schedules, manufacturers' information, methods of work, risk assessments and programmes of work
Summarising project data including quantities, specifications, health and safety requirements, timescales and scope of works
Using project data to determine standard work procedures, sequence of work, organisation of people, equipment and materials, work techniques and working conditions
Obtaining additional information from customers, suppliers, regulatory authorities or manufacturers where project data is insufficient
Evaluating potential work methods against technical criteria such as fire protection, access and egress, equipment availability, workforce competence, pollution risk, waste and disposal, and weather
Evaluating work methods against project criteria including statutory requirements, customer needs, contract time, quantity and quality, and environmental considerations
Explaining how different methods of work can achieve zero or low carbon outcomes
Confirming and communicating the selected method to relevant people, applying principles of equality and diversity

Establishing and maintaining productive working relationships with people inside and outside the immediate work team
Communicating clearly and appropriately with different audiences, including operatives from other occupations and non-technical customers
Providing and receiving information needed to co-ordinate work between occupations
Identifying and responding to problems affecting working relationships and knowing when to escalate them
Recognising the responsibilities of different roles on a project and how they interact
Applying equality, diversity and respectful conduct in day-to-day working practice

Optional Units

Beyond the four common units, each pathway adds a distinct set of mandatory units, and most pathways also require optional units to be selected. The number required differs by pathway and by approved version: some routes require two optional units, some require one, and at least one route is made up wholly of mandatory units in current structures. The units described below are those that appear across current approved structures. Not every unit is available in every approved version, and several appear as mandatory in one pathway and optional in another.

Interpreting drawings, specifications, schedules, method statements and risk assessments for first fixing work
Selecting timber, timber-based products, composite materials, fixings, adhesives and sealants against specification
Measuring, marking out, cutting, fitting, positioning and securing bespoke first fixing components
Forming joints associated with first fixing carpentry
Working to installation quality requirements and tolerances on structures that may be irregular or out of square
Determining requirements for structures of special interest, traditional pre-1919 build and buildings of historical significance
Using and maintaining hand tools and portable power tools, including sharpening where required
Protecting completed work and surrounding areas, and disposing of waste correctly

Installing bespoke doors, door sets, linings, mouldings and trims to given working instructions
Fitting ironmongery, including to fire-resisting and non-fire-resisting doors
Installing panelling, cladding, service encasements, staircase finishings and balustrading
Scribing and adjusting components to suit existing structures and finished surfaces
Selecting and confirming materials against specification, including suitability, moisture content and durability
Identifying and following installation quality requirements and reporting defects through correct channels
Maintaining and sharpening the hand tools used, and maintaining portable power tools

Selecting the correct machine and cutter or blade for the material and operation
Setting up, adjusting and checking machines before use, including guards and fences
Operating cutting machines such as drills, saws of various types, planers, biscuit jointers and disc cutters
Operating powered shaping machines such as routers, sanders, planers and laminate trimmers
Controlling wood dust and noise, including extraction and respiratory protection
Isolating, cleaning, maintaining and storing machines correctly
Recognising machine faults and reporting them rather than continuing to work

Interpreting drawings, official guidance and current building regulations relevant to carcassing
Selecting timber, timber-based products, composite materials, trussed rafters, plastic mouldings, metals, adhesives, sealants and fixings
Erecting inclined roofs with gables, load-bearing partitions, or ground, upper and flat roof joists including decking and coverings
Forming joints associated with carcassing work
Calculating quantity, length, area and wastage for the method of work
Working at height, using access equipment and working in proximity to plant and machinery
Recognising when specialist skills or knowledge are required and reporting accordingly

Extracting and transferring roof data from drawings and, where used, digital models
Setting out and constructing roof features such as hips, valleys, dormers and openings
Forming verge, eaves and parapet finishings where these are within the endorsement
Installing temporary and permanent bracing, restraint and protection measures
Selecting materials and fixings appropriate to roof carcassing, including insulation and membranes where relevant
Working safely at height with access equipment and, where required, working alongside lifting operations

Inspecting existing components and identifying decay, damage, defects and causes of failure
Determining whether components should be repaired, spliced or replaced
Selecting matching or compatible materials, including for traditional and historic construction
Carrying out repairs to structural and non-structural components to specification
Applying preservatives and remedial treatments where specified
Protecting adjacent finishes and building fabric during remedial work
Reporting findings that exceed the learner's authority, including suspected structural problems

Interpreting drawings, specifications, schedules and manufacturers' information for joinery products
Producing rods, setting out details and cutting lists for routine products such as doors, frames, windows and stairs
Determining sizes, sections, joint types and allowances for machining and finishing
Confirming that setting out details reflect the specification and are workable in the available machinery
Checking and correcting errors before the information is released to production
Recording and communicating setting out information to the people who will use it

Selecting and checking timber and timber-based materials against the cutting list and specification
Identifying face side and face edge and marking material consistently
Marking out joints, shoulders, mortices, tenons and profiles to the rod or setting out detail
Using marking and measuring equipment accurately and checking for cumulative error
Identifying defects in material and deciding whether to reject, cut around or report
Handling and stacking marked material to prevent damage and distortion

Preparing material by machining to size and section
Forming joints associated with architectural joinery
Assembling, cramping and squaring products to specified tolerances
Cleaning up, finishing and preparing products for decoration or installation
Fitting ironmongery and hardware where this forms part of the product
Checking completed products against specification and identifying defects
Protecting, storing and preparing finished products for transport

Determining the method of manufacture for products that have no standard procedure
Producing curved, shaped, geometrical or otherwise non-standard components
Selecting and combining materials appropriate to bespoke work, including matching for grain and appearance
Forming joints suited to the specific product and its loading or movement requirements
Making and using jigs, templates and formers where required
Assembling and finishing to the tolerances and quality expected of bespoke work
Resolving manufacturing problems and reporting those that require design input

Interpreting design information for products with no standard detail
Developing geometry for curved, shaped or irregular components
Determining joint design suited to the product's function and loading
Establishing the manufacturing sequence and identifying jig or template requirements
Producing rods and details of sufficient clarity for another operative to work from
Checking bespoke setting out against the specification and against manufacturing constraints

Interpreting shopfitting drawings, specifications and schedules
Producing rods, setting out details and cutting lists for counters, units, shelving and fixed seating
Determining sizes, sections and joint types appropriate to the material endorsement
Allowing for applied finishes, laminates, edgings and fittings
Confirming details against site dimensions where the product must fit existing openings
Checking and correcting setting out before release to production

Selecting and checking materials against the cutting list and specification
Marking out joints, housings, drillings and fittings positions to the setting out detail
Working accurately with manufactured board, laminates and non-ferrous metal sections where endorsed
Using appropriate marking and measuring equipment for the material
Identifying material defects and surface damage before machining
Handling and stacking marked components to protect faces and edges

Machining and preparing components to size and section
Forming shopfitting joints, including housings, dovetail, dowel, cam and stud, and biscuit joints
Assembling counters, display units, shelving units and fixed seating
Applying laminates, edgings and applied finishes where specified
Fitting hardware, fittings and adjustable components
Checking completed products against specification and correcting defects
Protecting and packing products for delivery and site installation

Determining the manufacturing method for products with no standard procedure
Producing curved, shaped or otherwise non-standard components
Combining timber, board, composite materials and non-ferrous metal within a single product where endorsed
Achieving specified appearance requirements, including grain matching and finish consistency
Making and using jigs, templates and formers as required
Assembling and checking to the tolerances required for high-visibility retail work
Reporting manufacturing problems that require design or client decisions

Interpreting design information and site survey data for one-off products
Developing geometry for curved, angled or irregular units
Determining joint and fixing design suited to material and loading
Establishing manufacturing sequence, jig and template requirements
Allowing for site tolerances, scribes and adjustment where units meet existing structures
Producing details clear enough for others to manufacture from

Interpreting drawings, specifications, method statements and risk assessments for fit-out work
Selecting timber, timber-based products, composite materials, metals, plastics, fabrics, ironmongery, adhesives, sealants and fixings
Installing a specified range of components, which may include door frames, hung doors, door sets, linings, mouldings and trims, ironmongery, service encasements, panelling and cladding, partition walling, staircases, staircase finishings and balustrading, bulkheads, soffits, units and window frames
Forming joints associated with shopfitting
Working to installation quality requirements in occupied or partially occupied premises
Determining requirements where the building is of special interest, traditional pre-1919 build or historically significant
Maintaining and sharpening hand tools and maintaining power tools used on site

Installing a specified range of fitments, which may include counters, display units, shelving units and fixed seating
Forming shopfitting joints on site, including housings, dovetail, dowel, cam and stud, and biscuit joints
Levelling, aligning, scribing and securing units to floors and walls that may be out of true
Selecting fixings appropriate to the substrate and the loading of the fitment
Protecting finished surfaces of fitments during installation
Working around and in proximity to plant, machinery and other occupations
Reporting damage, defects or discrepancies between fitments and site dimensions

Interpreting drawings, specifications and manufacturers' information for shopfront components
Selecting materials for shopfront surrounds, stall risers, mouldings and trims, window beds, fascias and signs
Installing shopfront components in timber, timber-based products, composite materials or non-ferrous metal
Achieving weather resistance through correct sealing, jointing and detailing
Working at height and using access equipment on street frontages
Protecting glazing, finished surfaces and the public realm during installation
Confirming that completed work meets the specified appearance and quality requirements

Interpreting drawings, patterns and traditional details for wheelwrighting products
Determining wheel geometry, including dish, spoke spacing and felloe divisions
Producing rods, templates and setting out details for production
Selecting appropriate timber species and sections for each component
Allowing for shrinkage, movement and the fitting of metal components
Checking setting out against the specification and against the intended use

Selecting timber for each component with regard to species, grain direction and defects
Marking out hubs, spokes and felloes to the setting out details and templates
Marking mortices, tenons and joint positions accurately
Using traditional and modern marking and measuring equipment
Identifying material defects that would compromise the finished product
Sequencing marking out so that components remain matched through production

Shaping and machining hubs, spokes and felloes to the marked details
Forming and fitting joints between components
Assembling wheels and associated products to the required geometry
Working alongside the fitting of metal components such as tyres and bonds
Checking assembled products for accuracy, alignment and soundness
Finishing and protecting completed products
Maintaining the specialist hand tools used in the trade

Determining the method of manufacture where no standard pattern exists
Recording and reproducing details from existing or damaged originals
Producing components to non-standard geometry, sizes or profiles
Selecting materials appropriate to the original construction and intended use
Making templates and jigs specific to the item
Assembling and checking bespoke products to the required tolerances
Reporting problems that require client or specialist decisions

Surveying and recording the geometry of existing or damaged products
Developing setting out for non-standard sizes, profiles and configurations
Determining joint and component design suited to the intended use
Producing templates, rods and details for manufacture
Allowing for the fitting of associated metalwork
Verifying that bespoke setting out is achievable with available materials and machinery

Interpreting drawings, specifications and manufacturers' information for frame connections
Identifying dead, live and wind loads acting on a frame and the effects of sustained load, load duration, purlin and joist loads, bracing and beam sizing
Identifying compression, tension, shear and bending stresses acting on a frame
Designing and fabricating pegged connections, which may include mortice and tenon, barefaced tenon, stopped tenon, bevelled-shoulder tenon, dovetailed tenon, bridle joint, tusk tenon, pegged scarf joints for top plate, cill plate, purlin and tie beam, dovetailed, secret dovetailed or cogged lap joints, and free, slip tenon or spline joints
Determining peg hole size and position, and anticipating the effect of shrinkage on connections
Applying geometry, including the theorem of Pythagoras, to determine angles and setting out
Assessing timber grade, anatomy, growth rate, shrinkage and defects
Ensuring safe and practical erection of components, including working with lifting and hoisting equipment

Selecting and grading timber for structural frame components
Machining and shaping posts, beams, braces, plates and purlins to specification
Cutting joints to match the connection design
Test-fitting and adjusting components before final assembly
Marking and numbering components for correct assembly sequence
Handling, stacking and protecting large-section timber
Working with lifting equipment and directing the movement of components

Surveying existing framework and recording its construction, condition and defects
Identifying decay, insect attack, distortion and previous alterations
Determining appropriate conservation or restoration approaches and the extent of intervention
Selecting matching or compatible timber species, sections and jointing methods
Carrying out splices, scarfs, inserts and replacement of failed members
Providing temporary support and propping during the work
Working within constraints applying to structures of special interest and historical significance
Reporting findings that require specialist, structural or heritage input

Extracting and transferring data from drawings and providing information for building information modelling where used
Lining, levelling and fixing sole plates, including damp-proof courses and membranes
Erecting wall and floor panels, loose joists and decking, and incorporated structural columns and beams in timber and steel, manually and with mechanical lifting equipment
Installing temporary propping, bracing and protection measures
Forming joints associated with timber frame construction and forming openings
Installing fire stops, cavity barriers, breather membranes and vapour control layers
Installing insulation to achieve specified energy and carbon performance, avoiding thermal bridging, bypassing and condensation
Applying principles of airtightness and ventilation, and installing floating floors where specified
Installing disproportionate collapse components and identifying differential movement, settlement and load point transfer
Unloading and storing components, and directing and guiding the movement of plant and machinery

Interpreting drawings, digital information and three-dimensional models for roof erection
Identifying roof components and selecting timber, sheet materials, trussed rafters, fire stops, vapour control layers, insulation, preservatives, adhesives, sealants, fittings and fixings
Constructing and installing in-situ flat and pitched roof structures
Erecting and installing pre-assembled flat and pitched roof structures, manually or mechanically handled
Installing temporary propping, bracing and protection, and permanent bracing by lateral restraint and holding down methods
Forming openings and installing fire stops, cavity barriers and vapour control layers
Installing insulation to specified energy and carbon performance and applying airtightness and ventilation principles
Working with plant and machinery to lift and transfer loads, and directing those operations
Recycling materials and minimising waste

Establishing datums, lines and levels for the work
Checking substructure and slab dimensions before erection begins
Identifying discrepancies between design dimensions and site conditions
Determining the effect of dimensional deviation on subsequent trades and components
Confirming dimensional requirements with relevant people before work proceeds
Recording dimensional checks and reporting out-of-tolerance conditions

Assessing loads, including weight, centre of gravity and lifting points
Selecting, inspecting and rejecting lifting accessories and slings
Attaching and detaching loads correctly and securely
Using recognised hand signals and, where used, radio communication with the plant operator
Controlling the movement of suspended loads and the exclusion of people from the lifting area
Recognising adverse conditions, including wind, that require lifting to stop
Reporting defective equipment and unsafe lifting conditions

Selecting the correct machine and tooling for the material and operation
Setting up, adjusting and checking machines, including guards, fences, jigs and hold-downs
Operating machines from the endorsed range, which may include circular saw, planer, thicknesser, bandsaw, morticer, tenoner, spindle moulder, drill, grinder and sander
Applying statutory and organisational controls for woodworking machinery, including training, authorisation and isolation
Controlling wood dust and noise through extraction, respiratory protection and hearing protection
Producing components to the required dimensions, profiles and surface quality
Cleaning, maintaining and storing machines and tooling, and reporting faults

Interpreting design information and converting it into CAD setting out detail
Producing drawings, details and cutting information to the required standard and layout
Applying correct layers, scales, dimensions and annotation conventions
Checking CAD output for accuracy and manufacturability before release
Managing file naming, versions and issue so that production works from current information
Communicating CAD details to machinists, joiners and installers

Interpreting programmes, cutting files and machine information for the product
Setting up the machine, tooling, jigs and vacuum or clamping arrangements
Loading and positioning material accurately for machining
Running the programme, monitoring the process and making permitted adjustments
Checking machined components against specification and tolerance
Applying dust extraction, guarding and isolation controls specific to the machine
Carrying out routine maintenance, tool changes and cleaning, and reporting faults

Assessment

Assessment for this qualification is competence-based and holistic. There are no written examinations. The learner builds a portfolio of evidence drawn from real work over a period of time, and an assessor with verifiable current industry experience in the relevant occupational area judges whether performance meets the national standard. Assessment follows the consolidated assessment strategy applied across construction NVQs, which requires assessors to use a combination of methods rather than relying on any single source. A holistic approach is encouraged: one substantial piece of work can generate evidence across several units, which is more efficient than assessing each unit in isolation.

The most important rule is that workplace evidence of skills cannot be simulated. Practical competence must be evidenced from genuine work activity in a real working environment. Knowledge criteria can be confirmed through discussion or questioning, but the performance criteria cannot be satisfied by workshop exercises created for assessment purposes.

Workplace Observation

Direct observation by the assessor is the primary source of performance evidence. The assessor watches the learner carrying out normal work — setting out, machining, installing, erecting or fabricating — and records what was done, under what conditions and to what standard. Observation is particularly important for confirming safe working practice, tool and machine use, work at height and interaction with other trades, because these are difficult to evidence convincingly by any other means. For several pathways, observation must cover the specific endorsed machines, materials or roof features.

Work Products

The physical outcomes of the learner's work form strong evidence: installed doors, staircases, panelling and shopfronts; manufactured joinery, shopfitting units or wheelwrighting products; erected wall panels, floors and roof structures; and fabricated post and beam connections. Because much of this work becomes part of a building or is delivered to a client, work products are usually evidenced through annotated photographs or short video clips showing the learner's own work at various stages, from setting out through to completion.

Portfolio Evidence and Work Documents

Documents generated by the job itself carry significant weight. These may include annotated drawings and specifications the learner worked from, rods and setting out details they produced, cutting lists, method statements and risk assessments they contributed to or complied with, job sheets and job cards, materials and delivery records, machine inspection and maintenance records, snagging lists and quality check records, and handover documentation. Portfolios may be paper-based or electronic, and the centre must confirm that all evidence is attributable to the learner.

Professional Discussion and Questioning

Much of the knowledge content at Level 3 — loading and stress on a frame, moisture content and timber defects, thermal bridging and airtightness, endorsement-specific machine knowledge, zero and low carbon considerations, statutory duties — is confirmed through structured professional discussion or oral and written questioning. This also allows the assessor to test the learner's reasoning: why a particular method was chosen, what alternatives were rejected, and what the learner would do if conditions changed.

Witness Testimony

Where the assessor cannot be present, testimony from a supervisor, site manager, employer or experienced colleague can support the evidence base. Witness statements must describe what was directly observed rather than offer general opinions about the learner's ability, and they support rather than replace assessor judgement. Self-assessment is not accepted as evidence.

Recognition of Prior Learning

Experienced workers frequently hold evidence from before registration, including photographs of completed contracts, records from previous employers and existing certification for related activities. Where this evidence is current, valid, authentic and clearly attributable to the learner, it may be considered. Prior learning does not remove the requirement for the assessor to confirm current competence through observation and discussion, and older evidence is generally less useful where standards, materials or regulations have changed.

Achieving the Qualification

To complete the qualification the learner must satisfy every assessment criterion in all mandatory units for their chosen pathway, plus the required number of optional units where the pathway calls for them, and must meet all applicable endorsements. Competence must be demonstrated consistently rather than on a single occasion, which is why evidence is normally gathered across several jobs and over a period of months. The qualification is awarded on a pass basis; there are no grades.

Career Progression

This qualification confirms competence at advanced craft level rather than opening a new occupation. In practice it consolidates a worker's position in their existing trade, evidences their capability to employers and clients, and provides a recognised platform for movement into related specialisms, supervision or technical roles. Progression depends on experience, opportunity and, in some cases, further qualification, and no qualification can guarantee a particular role or level of pay.

Advanced Craft Roles

The most direct outcome is recognition in the learner's existing occupation: advanced site carpenter, architectural or bench joiner, shopfitter working on site or at the bench, timber frame erector, structural post and beam carpenter, or wheelwright. Workers at this level are typically trusted with bespoke work, complex geometry, high-visibility finishes and jobs where errors are expensive.

Related and Specialist Wood Trades

The qualification can support movement into adjacent specialisms where the underlying skills transfer, such as heritage and conservation carpentry, timber frame and offsite manufacture, formwork, or machine-based production including CNC operation. Any such move normally requires additional experience and may require further occupational qualification specific to that area.

Supervisory Routes

Many advanced craft workers progress into charge hand, foreperson or trade supervisor roles. Where supervision becomes the primary function rather than an incidental one, a supervisory qualification such as a Level 3 NVQ in occupational work supervision is the recognised route, and it assesses a different set of competences: planning, allocating and monitoring the work of others, controlling resources and maintaining site standards.

Technical and Management Progression

For those moving away from the tools, further progression can lead towards site supervision, site management, technical support and contracting operations, supported by higher-level construction qualifications. These routes generally require additional qualification, broader site experience and, in many cases, a period working alongside existing managers before responsibility is transferred.

CSCS Card

Achieving a construction-related Level 3 NVQ is one of the recognised qualification routes for a gold-level CSCS card. This qualification sits in that category, and the wood trades it covers are carded directly by CSCS rather than by one of the partner schemes that display the CSCS logo. However, achieving the qualification does not issue a card and does not guarantee that one will be granted. The card is a separate scheme with its own application, evidence and testing requirements, and eligibility is confirmed against the applicant's occupation as well as their qualification.

The card most commonly associated with this qualification is the gold skilled worker card, also referred to as the advanced craft card, which recognises workers holding a construction-related NVQ at Level 3. In CSCS terms, this qualification maps to advanced craft occupations within carpentry and joinery, including site-based carpenter and joiner, shopfitting bench work and shopfitting site fixing. The pathway achieved matters: the occupation recorded on a card application should correspond to the work the learner actually performs and to the pathway completed, so a learner who completed the shopfitting bench work route should not expect to be carded against a different occupation.

Applicants should be aware of the following:

A separate application must be made to CSCS after certification, through the official online system or app. The awarding organisation and the assessment centre do not issue cards.
All applicants must have passed the CITB Health, Safety and Environment test within the last two years, at the level relevant to the occupation applied for. Most gold advanced craft applications require the operatives test, but certain occupations require a specialist test instead.
The occupation, the accepted qualification and the required test level should be confirmed using the official CSCS Card Finder before applying, because these mappings are reviewed and can change.
Some pathways within this qualification cover specialised or heritage occupations that may not map to the same card occupation as the mainstream site carpentry and shopfitting routes. Learners on those pathways should check their specific position rather than assume equivalence.
Card applications require supporting evidence of the qualification. Where the certificate is issued electronically, applicants may need to supply the authenticated electronic certificate rather than a printed copy.

Requirements are set and updated by CSCS, not by centres or awarding organisations, and current requirements should always be verified through the official scheme before any application is submitted.

FAQs

The questions below address points that come up repeatedly about this particular qualification, especially around pathway choice, workplace evidence and how the qualification differs from other wood trade qualifications.

Yes, in practice. The four core units are common to every route, but everything else depends on the pathway. Registering without a clear pathway risks gathering evidence that does not count towards the units eventually required. The choice should be driven by the work the learner actually does day to day, not by which pathway sounds most impressive, because the evidence has to come from real jobs.

This is common, particularly for carpenters who also do occasional shopfitting or roofing work. The qualification is achieved through one pathway, so the learner should select the route matching the majority and the most advanced part of their work. Work falling outside the chosen pathway is not wasted — much of it will still support the core units, and some units, such as fixed machinery or CAD setting out, appear in more than one pathway's optional group.

It would be difficult. Several pathway units specifically require bespoke or non-standard work: bespoke first and second fixing components, bespoke joinery, shopfitting or wheelwrighting products, complex roof geometry, or designed structural connections. A workplace that only produces routine, repeated items in standard sizes is unlikely to generate sufficient Level 3 evidence, even if the learner is highly skilled.

Endorsements record the specific machines, materials or work features assessed. For example, fixed machinery units are endorsed across a set number of machine types, shopfitting units are endorsed for timber or non-ferrous metal, and roof carcassing units are endorsed against particular roof features. They matter because a learner cannot claim a unit without covering the required endorsements, so a workshop with a limited range of machines, or a site that never produces hips and valleys, may not be able to support that unit.

No. Skills evidence for this qualification cannot be simulated and must be generated in a real working environment. Centre-based activity can help with knowledge, familiarisation or preparation, but a mock-up built for assessment purposes will not satisfy the performance criteria. This is why an active workplace with suitable work is a genuine prerequisite rather than a recommendation.

Level 2 confirms competence in routine work carried out to instruction. Level 3 adds bespoke and complex work, and it adds the planning dimension: confirming the method of work, assessing and organising resources, sequencing activities, evaluating external factors, and justifying changes to the programme. A Level 3 carpenter is expected to work from drawings and setting out information to resolve problems, not simply to execute a task defined by someone else.

No. It includes units on working relationships, communication and work planning, and it is common for people at this level to guide others informally, but it assesses craft competence rather than supervision of a team. Where formal responsibility for other people's work is the main function of the role, a dedicated supervisory qualification assesses the relevant competences directly.

The evidence already gathered normally remains valid, since it is attributable to the learner rather than the employer. The practical issue is continuity: the new workplace must still offer work in the chosen pathway, the necessary machines or endorsed activities, and access for the assessor. A change of employer that also changes the type of work performed can be more disruptive than the change itself, so it is worth discussing with the assessor as early as possible.

Application Form